CYBELEC V-SAC-CYB2020 V-SMC-BLS112

Product Details

V-SAC-CYB2020 V-SMC-BLS112 Product Description

The Cybelec V-SAC-CYB2020 V-SMC-BLS112 is a precision-engineered industrial network interface designed to bridge CNC machine tools, DNC (Distributed Numerical Control) systems, and modern smart factory data architectures. Built on CYBELEC's proven motion control platform, this unit delivers reliable protocol conversion, real-time data transmission, and seamless integration across multi-layer automation networks — from field-level devices to enterprise SCADA and MES systems.

In today's connected manufacturing environment, CNC machines must communicate beyond their local controllers. The V-SAC-CYB2020 V-SMC-BLS112 addresses this requirement by acting as a network-linked gateway that aggregates machining data, translates communication protocols, and feeds structured information upstream to supervisory systems — enabling full production transparency, remote diagnostics, and data-driven decision-making on the shop floor.

The V-SAC-CYB2020 V-SMC-BLS112 sits at the intersection of machine-level control and plant-wide data infrastructure. In a typical smart factory deployment, the data flow begins at the CNC spindle and axis control layer, where the Cybelec V-SMC-BLS112 servo motion controller captures real-time position, velocity, and load feedback from servo drives and encoders. This raw motion data is then structured and passed through the V-SAC-CYB2020 network adapter, which handles protocol translation between the machine's native serial interface and the plant Ethernet backbone.

Upstream, the translated data feeds into a Siemens S7-1200 PLC or equivalent programmable logic controller acting as the cell controller, which coordinates multi-axis sequencing, tool change logic, and interlock signals. Alongside the PLC, a Weintek MT8000 HMI or similar operator panel provides the machine operator with live status visualization — spindle load, axis position, alarm codes, and program execution progress — all sourced from the V-SAC-CYB2020's real-time data stream.

For DNC file management, the V-SAC-CYB2020 connects to a DNC server or industrial PC running DNC software (such as Predator DNC or equivalent), enabling bidirectional NC program transfer, version control, and remote program loading without manual USB or memory card handling. This eliminates program transfer errors and supports paperless manufacturing workflows.

At the network layer, an industrial managed Ethernet switch — such as a Moxa EDS-308 or Hirschmann RS20 — provides the physical network segmentation between the machine cell subnet and the plant backbone, ensuring deterministic communication latency and network isolation for CNC traffic. The V-SAC-CYB2020's Ethernet port connects directly to this switch, enabling it to participate in the plant-wide SCADA network.

The SCADA layer — typically running on platforms such as Ignition SCADA by Inductive Automation or Wonderware System Platform — polls the V-SAC-CYB2020 for OEE-relevant data: machine uptime, cycle time, alarm history, and program execution counts. This data is visualized on production dashboards and fed into MES (Manufacturing Execution System) databases for shift reporting and KPI tracking.

For remote diagnostics, the V-SAC-CYB2020 supports remote access via the plant VPN gateway, allowing CYBELEC service engineers or in-house maintenance teams to connect to the CNC controller remotely, review alarm logs, upload parameter backups, and perform software updates — without requiring physical access to the machine. This capability is especially valuable for multi-site manufacturing groups managing geographically distributed CNC assets.

Additional integration points include Balluff BIS industrial RFID readers for tool identification and pallet tracking, Turck Banner industrial sensors for workpiece presence detection feeding into the PLC I/O layer, and Phoenix Contact industrial power supplies providing stable 24VDC rail power to the network interface and associated I/O modules. Each of these components contributes to the complete data chain that the V-SAC-CYB2020 anchors at the machine level.

Many manufacturing sites operating legacy CNC equipment face a common set of connectivity challenges: machines that speak only RS-232 or RS-422 serial protocols cannot natively participate in modern Ethernet-based plant networks. The result is data silos — islands of machining activity that are invisible to SCADA, MES, and ERP systems. Production managers lack real-time visibility into machine utilization, cycle times, and alarm states, forcing reliance on manual data collection and paper-based reporting.

The Cybelec V-SAC-CYB2020 V-SMC-BLS112 directly resolves these gaps. By providing a hardware-level protocol bridge between the CNC's serial interface and the plant Ethernet network, it eliminates the need for costly machine replacement or custom software middleware. NC program transfer becomes automated and auditable. Alarm events are captured and timestamped in real time, enabling root-cause analysis and predictive maintenance workflows. Remote monitoring becomes possible without VNC-style screen sharing — structured data is available to any authorized SCADA client on the network.

For multi-machine production lines, the V-SAC-CYB2020 supports scalable deployment: each CNC unit receives its own network interface, and all units report to a common DNC server and SCADA historian. This architecture supports production line transparency, shift-by-shift OEE reporting, and alarm escalation workflows — all without modifying the CNC controller's core software. The 12-Month Warranty and pre-shipment functional testing ensure that each unit arrives ready for immediate integration, minimizing commissioning time and reducing project risk.

Q1: What communication protocols does the Cybelec V-SAC-CYB2020 V-SMC-BLS112 support, and is it compatible with modern industrial Ethernet networks?The V-SAC-CYB2020 supports RS-232, RS-422, RS-485 serial protocols and Ethernet TCP/IP, making it compatible with both legacy CNC serial interfaces and modern industrial Ethernet plant networks. It is designed to bridge these two communication layers, enabling legacy CNC machines to participate in contemporary DNC, SCADA, and MES network architectures without controller replacement.

Q2: Can this unit be integrated with SCADA and HMI systems for real-time monitoring and alarm management?Yes. The V-SAC-CYB2020 V-SMC-BLS112 is designed for integration with SCADA platforms and HMI systems. It exposes machine status, alarm codes, and program execution data over the Ethernet interface, which SCADA clients can poll via standard industrial communication drivers. HMI panels connected to the same network can display live machine data, and alarm events can be forwarded to SCADA historians for trend analysis and maintenance scheduling.

Q3: How does the unit support remote diagnostics and what network infrastructure is required?Remote diagnostics are supported via the unit's Ethernet interface, which can be accessed through the plant VPN or remote access gateway. Maintenance engineers can connect remotely to review alarm logs, check parameter configurations, and perform software updates. Required infrastructure includes a managed industrial Ethernet switch for network segmentation and a VPN gateway for secure remote access — both standard components in modern smart factory networks.

Q4: What warranty and pre-shipment testing does this unit include?Every Cybelec V-SAC-CYB2020 V-SMC-BLS112 unit supplied by NANKMOS includes a 12-Month Warranty covering manufacturing defects and functional failures under normal operating conditions. Prior to shipment, each unit undergoes a pre-shipment functional inspection to verify communication interface integrity, protocol operation, and electrical safety. In-stock units are available for prompt dispatch. For volume orders or project-specific requirements, contact our technical team for lead time confirmation and application support.